Competence in lifting technology. Winches for Industrial appliance. Product leaflets Technical data

Copetence in lifting technology Winches for Industrial appliance Product leaflets Technical data

General view Content General view...2 Application sheet...4 Motors...5 Floating dru winches ESF Storage up to 26 Load range 150-500 Page 8-9 Controls...6 Winch Options...7 Sales progra...8 Electric winches ESF...8 Winches FD...10 Electric winches ESG...12 Hydraulic wor gear winches H...14 Pneuatic worgear winches LV...16 Planetary winches SB...18 Planetary winches SB...20 Planetary copact build winches SC...22 Slew ring winches SR...24 Standard hydraulic planetary crane winches SH...25 Winches C1...26 Personnel lifting winches...28 Personnel lifting winches references...29 Traction winches TR...30 Mooring winches SRM...31 Windlasses W/P/PW...32 Capstans C...34 Accoodation Ladder winches AW/PW...36 Hose reel / Ubilical / Transponder winches HR/UR/TW...38 Floating dru winches FD electric, pneuatic or hydraulic drive Load range 950-5.250 Page 10-11 Winches ESG Large dru capacity Load range 150-2100 Page 12-13 Hydraulic worgear winches H Load range 500-3150 Page 14-15 Application sheet...39 Exaple for approval drawing...40 References...41 Power...42 Life-tie...43 Pneuatic worgear winches LV Load range 250-1700 Page 16-17 Planetary standard build winches SB electric, pneuatic or hydraulic drive Load range 1200-37.000 Page 18-21 2

Copetence in lifting technology Planetary copact build winches SC electric or hydraulic drive Load range 2000-30.000 Page 22-23 Mooring winches SRM integrated gears electric or hydraulic drive Load range 18.000-36.000 Page 31 Slew ring winches SR electric or hydraulic drive Load range 43.000-73.000 Page 24 Windlasses W/P/PW electric or hydraulic drive Load range 400-5.500 Page 32 Winches SH hydraulic drive Load range 800-10.000 Page 25 Capstans C electric or pneuatic drive Load range 500-1.800 Page 34-35 Winches C1 electric drive for application where people stay under suspended load Load range 160-1000 Page 26-27 Ladder winches AW/PW electric or pneuatic drive Holding force 1500-4.000 Page 36-37 Manriding winches MR FL pneuatic, hydraulic or electric drive Load range 200-10.000 Page 28 Spooling winches Hose and cable reel electric, pneuatic or hydraulic drive Page 38 Do you need winch accessories? Traction winches TR electric drive Load range up to 10.000 Page 30 We deliver rope pulleys, idling rollers in different executions and confected ropes on request. (http://www.haacon.de/edia/zubehoer/zubehoer_ eseilwinden.pdf) 3

Application sheet A copletable online for is available on: http://www.haacon.de/edia/checklisten/checkliste angetr Seilwinden_en.pdf Fax to 0049 (0) 9375-8486 or via e-ail to hebetechnik@haacon.de Copany... Date... Street... Phone... PO Box... Fax... Offi cial in charge... Eail... Pieces... REQUIREMENTS: Hoisting (vertical)... Pulling (horizontal)... Rope capacity... Line speed.../in BGV D8 1 BGV C1 2 Teperature... C MOTOR: Electric 400 V - AC 230 V - AC 24 V - DC Protection IP... Duty ratio... Indoor use Outdoor use Hydraulic Pressure... bar Flow rate...l/in. Pneuatic Air pressure... bar Air capacity...l/s OPTION: Liit switch Slack wire switch Load liiter Disengager / clutch (applicable for pulling winches only) Pressure roller Grooved dru Devided dru others... CONTROLS: Pendant reote control Control box with push-buttons Radio reote control others... PAINTING: Standard RAL 5010 gentian blue Special RAL-N.: Docuentation / Type plate english geran french others... Application:............ 1 Geran Accident Prevention Regulations (BG) for winches, lifting- and pulling equipent 2 Geran Accident Prevention Regulations (BG) for event areas, studios and scenes 4

Motors Copetence in lifting technology What otor is the best otor to use for a winch, and why? The choice for the right otor depends ainly on the available power source. Mobile applications like earth oving achines, piling equipent and obile cranes norally have a hydraulic power source, they don t carry high power copressors or generators. For these applications a hydraulic otor is selected. Stationary applications, ost of the tie can obtain power fro the ain grid, also on ships the electric power sources becoe ore and ore power ful, so an electric otor would be the right choice. Then we have the so called hazardous environents, where explosions ight occur, think of exploitation of natural sources, ining and offshore oil and gas. Air otors are very coon in these fields. Advantages and disadvantages: Electric otors + - econoical and efficient control expensive clean and siple Explosion proofing expensive Energy ostly available diffi cult to protect fro extree environent Hydraulic otors + - sall size Power pack needed control easy Pipes and hoses needed Pneuatic otors + - sall size Copressor needed sall size Pipes and hoses needed control easy noisy suitable for harsh environents Torque drops with speed Each winch otor needs a control, after all otors are achines and they don t start oving unless they are told to do so (or to stop for that atter). The anner to control the winch depends on its task. Is it a stand alone lifting tool or a part of a coplete autoated process, to nae just two extrees. There are no standard controls. You can express exactly what is needed. This can vary fro the cheapest basic control, to a copletely coputerized control syste. Soe control options are shown on page 6. Electric Hydraulic Air vane otor Brake valve Valve Hydraulic otor Brake Air piston otor Wheel Fan Brake Electric otor Dust proofing (1) Water proofing (2) Protection ax. Ø. of object that Protection protect against class can penetrate the protection class 0 everything 0 nothing 1 under 52,5 1 Tripping fro straight top 2 under 12,5 2 Tripping fro at angle 0 bis15 3 under 2,5 3 Spray at ax. 60 (rain proof) 4 under 1 4 Water fro all directions no pressure 5 sei-dustproof 5 All directions, low pressure 6 dustproof 6 All directions, ediu pressure 7 Iersion at 1 for 30 in. 8 Iersion no liit Valve Air vane otor Reote valve Hand valve Air piston otor Brake 5

Controls Electric Hydraulic Pneuatic Push Button Up / Down / Eergency P P P Hydraulic P P P Aluiniu Valve P P P P P P Pendant Control Valve Control Cast Iron Valve P P P P P P Radio Control Foot Control Reote Control Variable Function Valves Pendant Control 6

Winch Options Copetence in lifting technology Liit switch Grooved dru Pressure roller Counts the nuber of dru revolutions. Liits upper and lower stroke. Iproved spooling The rope lasts longer. Pushes slack wire to dru, helps to spool the rope better on the dru. Slack rope device Clutch Dru guard Detects slack wire. Stops the winch. Manual clutch to release the dru. For use on pulling winches only. Covers rotating parts, protects the user. Spooler Band brake Eergency crank Guides wire on to dru, helps to spool the wire better on the dru. Extra brake fitted on the dru, anual or autoatic. Perits oving the load in case of power blackout. 7

Sales progra Electric winches ESF ESF winches are designed as odular rope winches with 230 or 400 V drive flanged on worgear. The siple design is suitable for any lifting tasks with lower load cycles and sall load requireents. The winch can also be easily integrated into the given construction by the ounting holes provided on all sides of the gearbox casing. The wire can take off in any direction. It has a copact design, because the basic configuration only consists of gear, otor, and dru. The robust outward ipression of the ESF winch is copleted by practical corrosion protection and a cobination of high-quality finishing and galvanised parts. The ESF winch is short ter available. Do you need winch accessories? We deliver rope pulleys, idling rollers in different executions, and confected ropes on request. (http://www.haacon.de/edia/zubehoer/zubehoer_eseilwinden.pdf) Reark: W.L.L. = Working Load Liit S.W.L. = Safe Working Load Standard features Wor gear with braked otor IP 55 Sooth dru Single dru support 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) Available options Grooved dru Two drus Dru pressure roller Special coating systes Available control options Control box IP 65 with push-buttons and eergency stop built acc. to DIN EN 60204-32 Control box IP 65 with low voltage IP 65 reote control built acc. to DIN EN 60204-32 Frequency inverter for variable speed control Liit switches Slack wire switches Load liit switch Wireless radio reote control systes Winch type ESF Electric 1st Layer 3rd Layer Recoend. Rope Ø Rope speed 1st Layer /in. Rope speed 3rd Layer /in. Storage 1st Layer Storage 3rd Layer Max. Storage FEM / ISO rating Power 400 VAC kw Power 230 VAC kw ESF 150 150 125 (3) 4 7.2 8.6 3.4 11,5 26 (6) 2 / M5 0.37 - ESF 200 200 165 (3) 4 7.2 8.6 3.4 11,5 26 (6) 1A / M3-0.55 ESF 250 250 200 (3) 5 7.2 9.1 2.8 9,6 17.8 (5) 1A / M3 0.55 - ESF 400 400 325 (3) 6 7.5 9.8 3.2 11 20 (5) 1A / M4-1.1 ESF 500 500 400 (3) 6 7.5 9.8 3.2 11 20 (5) 1B / M3 1.1-8

Sales progra Copetence in lifting technology Footprint Di. Mass A A1 A2 B C D D1 E1 E2 E3 G H H1 L L1 ESF 150 18 94 45 205 145 102 70 140 9 76 111 9 265 72.5 455 61 ESF 200 20 94 45 205 145 102 70 140 9 76 111 9 280 72.5 470 61 ESF 250 22 94 45 205 145 102 70 140 9 76 111 9 278 72.5 485 61 ESF 400 38 125 45 245 200 144 90 190 12 101 125 11,5 345 100 550 67 ESF 500 36,4 125 45 245 200 144 90 190 12 101 125 11,5 335 100 590 67 9

Sales progra Winches FD Specially designed for applications where space is at a preiu, these copact lifting winches are ideally suited for installation on cranes, davits and derricks. The single dru support enables the rope to leave the dru at any angle. The heavy duty planetary drive is partly located within and protected by the dru core. The large dru diaeters ensure a healthy dru to cable diaeter ratio and a sufficient working length despite the short drus. Standard features Heavy duty planetary gearbox FD E; IP 54 400 V AC / 3-phases / 50 Hz braked otor FD H; orbit or radial piston type hydraulic otor coplete with brake valve FD LV; vane type air otor coplete with hand control valve and uffl ers FD GP gear type air otor coplete with hand control valve and uffl ers Sooth dru Single dru support Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) FEM / ISO class: 2 / M5 Available control options Control box IP 55 with push-buttons and eergency stop Control box IP 66 with low voltage IP 65 reote control built Load liiter (required by CE for applications exceeding 1000 ) Frequency inverter for variable speed control Wireless radio reote control systes Liit switches Slack wire switches Radio / Infra red reote control Available options IP 56 TENV cast iron otor for arine applications Explosion-proof otors Protective steel otor cover Dru pressure roller Alternative speeds Alternative supply voltages Dru guards Marine / offshore coating systes Tubular offshore frae construction with lifting eyes 10

Sales progra Copetence in lifting technology Winch type Electric top layer Reco. rope dia. /in. top layer /in. Drucap. Drucap. all layers Motor power 400 VAC kw FD 300 E 950 800 (4) 8 8.5 10 15 70 (4) 1.5 FD 301 E 1850 1470 (4) 11 9 11 10 53 (4) 3 FD 303 E 2300 1970 (3) 12 7 8.5 11 41 (3) 3 FD 304 E 2800 2340 (3) 14 10 12 9 36 (3) 5,5 FD 305 E 3350 2800 (3) 14 9 11 10 40 (3) 5.5 FD 306 E 4100 3500 (3) 16 7 8.5 15 56 (3) 5.5 FD 307 E 5250 4490 (3) 18 12 14 18 67 (3) 11 Winch type Hydraulic top layer Reco. rope dia. /in. top layer /in. Drucap. Drucap. all layers Pressure drop in bar FD 300 H 950 800 (4) 8 30 35 15 70 (4) 140 35 FD 301 H 1850 1470 (4) 11 20 25 10 53 (4) 130 55 FD 303 H 2300 1970 (3) 12 15 17 11 41 (3) 130 50 FD 304 H 2800 2340 (3) 14 17 20 9 36 (3) 140 60 FD 305 H 3350 2800 (3) 14 13 16 10 40 (3) 135 60 FD 306 H 4100 3500 (3) 16 13 15 15 56 (3) 140 70 FD 307 H 5250 4490 (3) 18 13 15 18 67 (3) 170 70 Flow in l/in. Winch type Pneuatic top layer Reco. rope dia. Average * /in Maxiu ** /in Drucap. Drucap. all layers Pressure drop bar FD 300 GP2 950 800 (4) 8 12 18 15 70 (4) 7 65 FD 300 LV 950 800 (4) 8 20 25 15 70 (4) 6,5 90 FD 301 GP2 1500 1200 (4) 11 8 12 10 53 (4) 7 65 FD 301 GP4 1850 1470 (4) 11 10 14 10 53 (4) 7 100 FD 301 LV 1850 1470 (4) 11 10 13 10 53 (4) 6,5 90 FD 303 GP4 2300 1800 (3) 12 9,5 12 11 41 (3) 7 100 FD 303 LV 2300 1970 (3) 12 15 18 11 41 (3) 6,5 150 FD 304 GP4 2600 2200 (3) 14 7,5 10 9 36 (3) 7 100 FD 304 LV 2800 2340 (3) 14 12 14 9 36 (3) 6,5 150 FD 305 LV 3350 2800 (3) 14 10 12 10 40 (3) 6,5 150 FD 306 GP10 4100 3500 (3) 16 15 26 15 56 (3) 7 300 FD 307 GP10 5250 4490 (3) 18 11 20 18 67 (3) 7 300 * AVERAGE SPEED IS BASED ON THE SPEED IN THE MIDDLE LAYER AT 75% OF W.L.L. ** MAXIMUM SPEED IS BASED ON THE SPEED IN THE TOP LAYER AT UNLOADED CONDITIONS Flow in l/s Type Mass D1 D2 L1 L2 L3 L4(E) L4(H) L4(P) L5 L6 H1 H2 W1 W2 Hole Ø FD 300 130 244 380 176 310 96 733 520 765 240 44 215 405 440 400 18 FD 301 140 244 380 176 310 96 760 558 785 240 44 215 405 440 400 18 FD 303 180 272 410 191 350 107 818 595 905 275 50 235 440 500 450 22 FD 304 230 272 410 191 350 107 1012 595 905 275 50 235 440 500 450 22 FD 305 255 272 410 210 350 116 1030 625 950 275 50 235 440 500 450 22 FD 306 365 355 500 266 455 146 1098 780 1110 350 70 285 535 580 520 27 FD 307 535 406 625 310 510 172 1316 885 1215 400 75 348 660 750 680 27 11

Sales progra Electric winches ESG ESG winches are odular rope winches with 230 or 400 V drive flanged on worgear or bevel gear. The ESG winch is the workhorse in winch construction. The dru is accoodated in a second support bearing. Since winch and dru are always ounted on a base plate, all options for electrical rope winches can be realised. The robust outward ipression of the ESG winch is copleted by practical corrosion protection and a cobination of high-quality finishing and galvanised parts. The ESG winch is short ter available. Standard features Self-braking worgear / bevel gear transission IP 55 Sooth dru Two dru supports 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) Available options Grooved dru Devided dru Enlarged dru Pressure roller Clutch Special coating Available control options Control box IP 65 with push-buttons and eergency stop built acc.din EN 60204-32 Control box IP 65 with low voltage IP 65 reote control built acc. to DIN EN 60204-32 Load liiter (required by CE for applications exceeding 1000 ) Frequency inverter for variable speed control Wireless radio reote control systes Liit switches Slack wire switches Winch type ESG Electric 12 1st Layer 3rd Layer Recoend. Rope Ø 1st Layer /in. 3rd Layer /in. Storage 1st Layer Storage 3rd Layer Max. Storage. FEM / ISO rating Power 400 VAC kw ESG 150 150 125 4 7.2 8.6 10 34 (3) 79 (6) 2 / M5 0.37 - ESG 200 200 165 4 7.2 8.6 10 34 (3) 79 (6) 1A / M3-0,55 ESG 250 250 200 5 7.2 9.1 8 28 (3) 53 (5) 1A / M3 0.55 - ESG 400 400 325 6 7.5 9.4 10.5 35 (3) 82 (5) 1A / M4-1.1 ESG 500 500 400 6 7.5 9.4 10.5 35 (3) 82 (6) 1B / M3 1.1 - ESG 650 650 520 7 4.2 5.3 14 48 (3) 138 (5) 1B / M4-1.1 ESG 750 750 590 8 5.1 6.5 12.5 43 (3) 126 (7) 1B / M3 1.5 - ESG 990 990 775 8 4.2 5.5 12 43 (3) 126 (7) 1B / M3 1.5 - ESG 1100 1100 910 9 5 5.9 17 56 (3) 76 (4) 1A / M4-1.1 ESG 1500 1500 1200 11 5 6.1 14 45 (3) 45 (3) 1A / M4 1.5 - ESG 2100 2100 1650 11 5 6.1 14 45 (3) 45 (3) 1C / M2 2.2 - Power 230 VAC kw

Sales progra Copetence in lifting technology Footprint Di. Mass A A1 A2 B C D D1 E1 E2 E3 E4 E5 F G H H1 L L1 ESG 150 29 418 82 370 190 170 70 140 48 60 267 43 218 12 9 280 84,5 480 181 ESG 200 34 418 82 370 190 170 70 140 48 60 267 43 218 12 9 290 84,5 500 181 ESG 250 32,5 418 82 370 190 170 70 140 48 60 267 43 218 12 9 290 84,5 510 181 ESG 400 58 485 424 92 220 190 90 190 61 80 274 70 243,5 12 10,5 356 112 560 211 ESG 500 52,5 485 424 92 220 190 90 190 61 80 274 70 243,5 12 10,5 345 112 600 211 ESG 650 100 581 106 510 260 230 110 248 71 90 350 70 312 15 13 410 140 630 282 ESG 750 90 581 106 510 260 230 110 248 71 90 350 70 312 15 13 400 140 635 282 ESG 990 98 581 106 510 260 230 110 248 71 90 350 70 312 15 13 410 140 680 282 ESG 1100 195 745 23 722,5 380 340 168 275 22,5 250 450 22,5 333 25 17 307 165 862 278 ESG 1500 193 745 23 722,5 380 340 168 275 22,5 250 450 22,5 333 25 17 305 165 903 278 ESG 2100 198 745 23 722,5 380 340 168 275 22,5 250 450 22,5 333 25 17 335 165 950 278 13

Sales progra Hydraulic wor gear winches H A range of hydraulic self-braking worgear winches developed for lifting and pulling applications up to 3,150. Due to the odular concept and the flexibility of our production it is possible to build, with short delivery ties, any variations of these winches such that they ay be adapted to your specific needs. The types H 500 and H 700 are constructed without a brake and are designed to be totally self-braking. The types H 1200 to H 3150 are designed with a fail-safe brake and brake valve. Standard features: Worgear transission Orbitotor Sooth dru Single dru support (H 500) Two dru supports (all other odels) Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) Brake and double acting brake valve (not on H 500 and H 700) FEM / ISO class 1B / M3 Available control options: Proportional control valves Hydraulic power packs Available options: Manual disengaging clutch Band brakes, anual or autoatic fail safe Grooved dru Dru pressure roller Alternative speeds Alternative dru diensions / split drus / additional rope anchors / etc. Dru guard Eergency cranking Marine / offshore coating systes Winch type 14 1st layer 3rd layer Reco. Rope dia. 1st layer /in. Drucap. 1st layer Drucap. 3rd layer Pressure drop in bar H 500 * 500 400 6 6.5 2 10 50 20 H 700 * 700 540 8 6.5 5 20 60 20 H 1200 1200 940 9 9 5 21 95 50 H 2000 2000 1560 12 10 8 28 105 60 H 2500 2500 1965 13 11 9 36 130 60 H 3150 3150 2455 16 8 11 41 140 60 * All winches with brake with the exception of the H 500 and H 700 Flow in l/in.

Sales progra Copetence in lifting technology Type Mass D1 D2 L1 L2 L3 L4 L5 L6 L7 H1 H2 H3 H4 W1 W2 W3 W4 Hole Ø H 500 35 100 200 60 91-146 121 186-142 87 289-253 110 140 220 11.5 H 700 50 100 200 150 104 500 187 320 150 15 10 142 87 309 253 110 270 240 13 H 1200 82 121 250 150 125.5 560 203 340 180 20 10 170 110 354 400 140 325 285 17 H 2000 134 159 280 200 146.5 640 232 415 185 20 15 195 130 440 456 154 370 320 17 H 2500 170 178 320 250 155 710 280 470 200 20 15 220 150 510 467 180 410 360 17 H 3150 225 210 370 300 180 850 318 565 235 25 15 254 182 572 498 207 440 380 20 15

Sales progra Pneuatic worgear winches LV This range of explosion-proof winches provides the solution for pneuatic winch applications deanding lightweight construction. The use of vane type otors and inherently safe self-braking worgears ensures trouble-free operation and low aintenance. These winches find their use in general industry, oil and gas exploration, and in any places where copact, explosion-proof hoisting gear is required. The range includes two fast speed types, the LV 256 and LV 508, which also have optional carrying handles, and slower speed types up to 1700 of lifting capacity. The self-braking properties of the worgear drive cobined with closed ports is sufficient for alost all hoisting purposes. An additional brake ay be necessary for accurate positioning of a load. Please consult the factory in this case. Standard features Self-braking worgear transission Rotary vane otor Sooth dru Two dru supports Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) FEM / ISO class 1B / M3 Available control options Proportional local or reote control valve Pneuatic liit switch Pneuatic slack wire switch Available options Manual disengaging clutch Band brake, anual or autoatic fail-safe Grooved dru Dru pressure roller Alternative speeds Alternative dru diensions / split drus / additional rope anchors / etc. Dru guard Eergency cranking Marine / offshore coating systes Winch type 1st layer 3rd layer Reco. rope dia. Max. speed 1st layer /in. Drucap. 1st layer Drucap. 3rd layer Pressure drop in bar LV 256 250 210 5 12 8 30 6,5 60 LV 508 500 400 7 12 6 22 6,5 95 LV 425 425 350 6 5 7 26 6,5 20 LV 750 750 600 8 5.5 6 23 6,5 60 LV 1250 1250 1000 10 6 9 32 6,5 95 LV 1700 1700 1325 12 7 10 35 6,5 140 Flow in l/s 16

Sales progra Copetence in lifting technology Type Mass D1 D2 L1 L2 L3 L4 L5 L6 L7 H1 H2 H3 H4 W1 W2 W3 W4 Hole Ø LV 256 58 100 200 150 105-400 157 450-80 142 87 409 278 110 270 230 13 LV 425 59 100 200 150 105 500 187 320 150 15 10 142 87 389 374 110 270 240 13 LV 508 65 100 200 150 105-400 157 450-80 142 87 409 281 110 270 230 13 LV 750 93 121 250 150 125.5 560 203 340 180 20 10 170 110 390 455 140 325 285 17 LV 1250 149 146 280 200 146.5 640 232 415 185 20 15 195 130 440 490 154 370 320 17 LV 1700 192 159 320 250 155 710 260 470 200 20 15 220 150 510 609 180 410 360 17 17

Sales progra Planetary winches SB The SB type winch provides the basis of the solution to any pulling and lifting winch applications. The winch is constructed in the conventional anner with otor, gearbox and dru in line. Capacities can go up to 70 tons of lifting capacity with this range. These winches are very suitable to suit your specific winch application. Many options can be offered on these highly versatile winches. Standard winch features Heavy duty planetary gearbox SB E; IP 54 400 V AC / 3-phases / 50 Hz braked otor SB H; orbit or radial piston type hydraulic otor coplete with brake valve SB LPR; radial piston type air otor coplete with hand control valve and uffl ers SB LG; gear type air otor coplete with hand or reote control valve and uffl ers Load liiter (required by CE for applications exceeding 1000 ) Sooth dru Two dru supports Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) FEM / ISO class: 1A / M4 Available winch options IP 56 TENV cast iron otor for arine applications Explosion-proof otors Protective steel otor cover Dru pressure roller Band brakes (anual or fail-safe autoatic) Manual disengaging clutch Alternative speeds Alternative supply voltages Dru guards Spooling gears Grooved drus Manual eergency crank Slip ring ounting Alternative dru diensions / split drus / additional rope anchors / etc. Warping head Marine / offshore coating systes Available control options Control box IP 55 with push-buttons and eergency stop Control box IP 66 with low-voltage IP 65 reote control built Frequency inverter for variable speed control Wireless radio reote control systes Liit switches (electric, pneuatic) Slack wire switches (electric, pneuatic) Proportional local or reote control valve (pneuatic or hydraulic) Winch type Electric 5 th layer Reco. rope dia. /in. 5 th layer /in. Drucap. Drucap. 5 th layer SB 300 E 1200 845 10 9,5 14 26 168 2.2 SB 301 E 2100 1435 12 7 10 24 157 3 SB 303 E 2500 1740 14 11 16 26 165 5.5 SB 304 E 3100 2160 14 9 13 26 165 5.5 SB 305 E 4000 2770 16 7 10.5 25 161 5.5 SB 306 E 5500 3970 18 7 10 28 181 7.5 SB 307 E 7000 4960 22 12 17 26 171 15 SB 309 E 9000 6285 26 14 19.5 24 163 22 SB 310 E 12000 8460 28 8 12 24 168 18.5 SB 311 E 16000 10655 34 7 11 19 144 22 SB 313 E 20000 13610 38 6 8.5 19 151 22 SB 314 E 24000 16170 40 6.5 9.5 19 154 30 SB 315 E 30500 20800 44 6 9 19 151 37 SB 316 E 37000 24570 48 6 9 17 141 45 Motor power kw 18

Sales progra Copetence in lifting technology Winch type Hydraulic 5 th layer Reco. rope dia. /in. 5 th layer /in Drucap. Drucap 5 th layer Pressure drop in bar Flow in l/in. SB 303 H 2500 1740 14 18 26 26 165 140 60 SB 304 H 3100 2160 14 15 21 26 165 140 60 SB 305 H 4000 2770 16 18 26 25 161 190 70 SB 306 H 5500 3970 18 25 35 28 181 225 95 SB 307 H 7000 4960 22 20 28 26 171 230 100 SB 309 H 9000 6285 26 13 18 24 163 190 100 SB 310 H 12000 8460 28 11 16 24 168 230 95 SB 311 H 16000 10655 34 10 15 19 144 230 110 SB 313 H 20000 13610 38 8 12 19 151 210 120 SB 314 H 24000 16170 40 8 11 19 154 240 120 SB 315 H 30500 20800 44 8 12 19 151 235 165 SB 316 H 37000 24570 48 6 9 17 141 225 160 Winch type Pneuatic Piston otor 5 th layer Reco. Rope dia. Average * /in. Maxiu ** /in. Drucap. Drucap. 5 th layer Pressure drop in bar SB 300 LPR2 1200 845 10 13 18 26 168 7 90 SB 301 LPR2 2100 1435 12 8 12 24 157 7 90 SB 303 LPR2 2500 1740 14 7 10 26 165 7 90 SB 303 LPR3 2500 1740 14 15 26 26 165 7 140 SB 304 LPR3 3100 2160 14 13 19 26 165 7 140 SB 305 LPR3 4000 2770 16 11 17 25 161 7 140 SB 305 LPR4 4000 2770 16 18 24 25 161 7 240 SB 306 LPR4 5500 3970 18 12 15 28 181 7 240 SB 307 LPR4 7000 4960 22 10 13 26 171 7 240 SB 309 LPR4 9000 6285 26 8 12 24 163 7 240 Winch type Pneuatic Gear otor 5 th layer Reco. Rope dia. Average * /in. Maxiu ** /in. Drucap. Drucap. 5 th layer Pressure drop in bar SB 300 GP4 1200 845 10 18 23 26 168 7 100 SB 301 GP4 2100 1435 12 10 15 24 157 7 100 SB 303 GP4 2500 1740 14 8,5 11 26 165 7 100 SB 304 GP10 3100 2160 14 22 42 26 165 7 300 SB 305 GP10 4000 2770 16 17 33 25 161 7 300 SB 306 GP10 5500 3970 18 12 23 28 181 7 300 SB 307 GP10 7000 4960 22 10 18 26 171 7 300 SB 307 GP16 7000 4960 22 15 35 26 171 7 350 SB 309 GP10 9000 6285 26 7 13 24 163 7 300 SB 309 GP16 9000 6285 26 11 27 24 163 7 350 SB 310 GP16 12000 8460 28 8 20 24 168 7 350 SB 311 GP16 16000 10655 34 6 15 19 144 7 350 Flow in l/s Flow in l/s SB 313 GP16 20000 13610 38 5 12 19 151 7 350 * Average speed is based on the speed in the iddle layer at 75% of W.L.L. ** Maxiu speed is based on the speed in the top layer at unloaded conditions 19

Sales progra Planetary winches SB Winch type Mass D1 D2 L1 L2 L3(E) L3(H) L3(P) L4 L6 L7 L8 L9 H1 H2 H3 W1 W2 HEB Hole Ø 300 260 178 410 500 135 1400-1450 385 80 530 80 20 100 215 520 500 460 100 14 301 270 195 410 500 140 1400-1450 390 80 530 80 20 100 215 520 500 460 100 14 303 390 244 500 500 145 1650 1350 1650 395 80 540 80 20 100 260 610 600 560 100 14 304 405 244 500 500 145 1650 1350 1800 395 80 540 80 20 100 260 610 600 560 100 14 305 410 272 500 500 155 1700 1350 1800 405 80 550 80 20 100 260 610 600 560 100 14 306 525 355 600 500 155 1700 1450 1850 405 80 550 80 20 100 310 710 700 660 100 18 307 825 406 700 500 200 1950 1550 1900 450 100 560 100 25 120 360 830 800 750 120 20 309 1215 455 850 500 230 2100 1550 1900 480 110 580 110 30 140 435 1000 1000 940 140 22 310 1470 508 900 500 230 2100 1600 1950 480 120 550 120 40 160 460 1070 1100 1040 160 26 311 1690 508 1000 500 245 2150 1600 1950 495 120 570 120 40 160 510 1170 1150 1090 160 30 313 2270 610 1150 500 265 2250 1700 1950 515 120 600 120 40 180 585 1340 1350 1280 180 33 314 3200 660 1250 500 265 2500 2000-515 140 600 140 40 200 635 1460 1450 1370 200 39 315 3550 711 1350 500 300 2650 2050-550 140 610 140 40 200 685 1560 1550 1470 200 39 316 3865 711 1400 500 305 2700 2100-565 140 615 140 40 200 710 1610 1600 1520 200 39 20

Sales progra Copetence in lifting technology SB 303 EDGP SB 311 R EDPS SB 303 EDGP INCLUDING DRUM GUARD, GROOVED DRUM, PRESSURE ROLLER, RAINCOVER OVER MOTOR, AND CONTROL PANEL WITH FREQUENCY INVERTER SB 311 R EDPS INCLUDING RIGHT ANGLE GEARBOX, DRUM GUARD, PROTECTIVE FRAME AROUND MOTOR, SPOOLING GEAR AND COUNTER FOUNDATION FOR DECK WELDING SB 310 H SB 310 HDPS SB 310 H INCLUDING PROPORTIONAL CONTROL VALVE AND FILTER UNIT SB 310 HDPS INCLUDING DRUM GUARD, PRESSURE ROLLER, SPOOLING GEAR AND PROPORTIONAL CONTROL VALVE SB 306 GP16P SB 306 GP16P INCLUDING PRESSURE ROLLER, AIR SERVICE UNIT AND OFFSHORE FRAME 21

Sales progra Planetary copact build winches SC A range of copact lifting and pulling winches utilising electric or hydraulic otors. The heavy duty planetary gearbox is located within the dru core, which both saves space and protects the gearbox fro any external echanical threats. Capacities can go up to 30 tons of lifting capacity with this range. Depending on your power source and application, we can select and offer the correct odel for you. Standard features Heavy duty planetary gearbox SC E IP 54 400 V AC / 3-phases / 50 Hz braked otor SC H; orbit or radial piston type hydraulic otor coplete with brake valve Load liiter (required by CE for applications exceeding 1000.) Sooth dru Two dru supports Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) FEM / ISO class: 2 / M5 Available options IP 56 TENV cast iron otor for arine applications Explosion-proof otors Protective steel otor cover Dru pressure roller Band brakes (anual or fail-safe autoatic) Manually disengaging clutch Alternative speeds Alternative supply voltages Dru guards Spooling gears Grooved drus Marine / offshore coating systes Available control options Control box IP 55 with push-buttons and eergency stop Control box IP 66 with low-voltage IP 65 reote control Frequency inverter for variable speed control Wireless radio reote control systes Liit switches (electric) Flange encoder Slack wire switches (electric) Proportional local or reote control valve (hydraulic) Winch type. top layer Reco. rope dia. /in. top layer /in. Drucap. top layer Motor power in kw SC 15 E 1955 1500 (5) 12 8 10 178 (5) 3 SC 20 E 2655 2000 (5) 13 11 14 167 (5) 5,5 SC 25 E 3500 2500 (5) 16 8 11 144 (5) 5,5 SC 35 E 4850 3500 (5) 18 8 11 181 (5) 7,5 SC 50 E 6880 5000 (5) 20 8 11 203 (5) 11 SC 67 E 9700 6700 (5) 24 12 17 195 (5) 22 SC 85 E 12160 8500 (5) 26 9 13 228 (5) 22 SC 110 E 15910 11000 (5) 30 7 10 228 (5) 22 SC 140 E 18555 14000 (4) 32 6 8 204 (4) 22 SC 175 E 23215 17500 (4) 38 6,5 8,5 223 (4) 30 SC 220 E 29550 22000 (4) 40 6 8 214 (4) 37 Winch type. top layer Reco. rope dia. /in. top layer /in. Drucap. top layer Flow in l/in. Pressure drop in bar SC 15 H 1955 1500 (5) 12 19 25 178 (5) 60 125 SC 20 H 2655 2000 (5) 13 11 14 167 (5) 60 115 SC 25 H 3500 2500 (5) 16 12 16 144 (5) 60 135 SC 35 H 4850 3500 (5) 18 11 15 181 (5) 60 160 SC 50 H 6880 5000 (5) 20 12 16 203 (5) 70 200 SC 67 H 9700 6700 (5) 24 12 17 195 (5) 90 220 SC 85 H 12160 8500 (5) 26 12 17 228 (5) 100 235 SC 110 H 15910 11000 (5) 30 10 14 228 (5) 120 220 SC 140 H 18555 14000 (4) 32 9 12 204 (4) 115 250 SC 175 H 23215 17500 (4) 38 10 13 223 (4) 155 240 SC 220 H 29550 22000 (4) 40 9 12 214 (4) 175 245 22

Sales progra Copetence in lifting technology Type Mass D1 D2 L1 L2 L3 E L3 H L4 L5 L6 H1 H2 H3 W1 W2 W3 W4 Hole Ø SC 15 315 305 500 400 322 1012 812 625 595 375 610 345 15 660 550 520 300 14 SC 20 425 305 500 400 360 1246 872 680 640 400 615 345 20 660 570 530 290 14 SC 25 470 305 550 410 375 1266 887 700 660 420 665 370 20 710 620 580 340 14 SC 35 660 355 700 500 430 1382 973 810 770 490 815 445 20 860 790 750 470 18 SC 50 810 405 700 550 465 1526 1071 870 830 550 815 445 20 860 790 750 470 18 SC 67 1120 405 750 610 528 1718 1192 980 930 630 870 470 25 950 860 810 510 26 SC 85 1350 455 850 690 582 1816 1332 1075 1025 725 970 520 25 1050 960 910 610 26 SC 110 1675 508 950 720 623 1950 1412 1140 1090 750 1070 570 25 1150 1080 1030 690 26 SC 140 2245 558 1050 820 685 2062 1495 1280 1220 820 1170 615 30 1330 1220 1160 760 33 SC 175 2920 660 1150 900 735 2353 1814 1380 1300 900 1270 665 30 1430 1340 1260 860 39 SC 220 3450 660 1250 900 748 2487 1848 1400 1320 920 1375 715 35 1530 1440 1360 960 39 23

Sales progra Slew ring winches SR The standard build SR type winch is the basis of the solution to any pulling and lifting winch applications. The winch is constructed with a slew ring in a cobination with 3 or ore planetary drives and otors. Capacities can go up to 75 tons of lifting capacity with this range. These winches are very suitable to suit your specific winch application. Several options can be offered on these highly versatile winches. Prices and drawings will be supplied upon request. Standard winch features Heavy duty slew ring Heavy duty planetary gearboxes fi tted with pinions SR E IP 54 400 V AC / 3-phases / 50 Hz braked otors SR H orbit or radial piston type hydraulic otor coplete with brake valve Load liiter (required by CE for applications exceeding 1000 ) Sooth dru Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 (gentian blue) FEM / ISO class: 1A / M4 Available control options Control box IP 55 with pushbuttons and eergency stop Control box IP 66 with low voltage IP 65 reote control Frequency inverter for speed control Wireless radio reote control systes Liit switches Slack wire switches Proportional local or reote control valve Available winch options IP 56 TENV cast iron otors Explosion-proof otors Protective steel otor cover Band brakes (anual or fail-safe autoatic) Alternative speeds Alternative supply voltages Dru guards Spooling gears Grooved drus Slip ring or swivel ounting Alternative dru diensions / split drus / additional rope anchors / etc.warping head Marine / offshore coating systes Tubular offshore frae with lifting eyes Winch type 5 th layer Reco. rope dia. /in. 5 th layer /in. Drucap. Drucap. 5 th layer Motor power kw SR 30 E3 43000 30000 44 7 10 42 290 66 SR 40 E3 57000 40000 52 6 8 40 290 66 SR 50 E4 73000 50000 56 6 8 37 275 74 SR 30 H3 41000 30000 44 7 10 42 290 66 SR 40 H3 57000 40000 52 6 8 40 290 66 SR 50 H4 73000 50000 56 6 8 37 275 74 SR 30 P3 41000 30000 44 6 8 42 290 - SR 40 P3 57000 40000 52 4 6 40 290-24

Sales progra Standard hydraulic planetary crane winches SH Copetence in lifting technology A range of standard hydraulic planetary winches, developed for heavy duty lifting and pulling applications of up to 10,000 were copactness is required. Due to the standard design, they can be supplied within short delivery ties. All winches are fitted with a brake as standard that akes the suitable for lifting applications. Standard features Planetary transission Orbit otor Steel dru (not grooved) with cable fi xing point at fl ange Two dru supports Single layer of prier only, colour black Brake and single acting brake valve Available control options Proportional control valves Hydraulic power packs Electric lower liit switch Load liiter Available options Grooved dru Dru pressure roller Dru guards Marine / offshore coating systes Winch type Hydraulic top layer Reco. rope dia. /in. Drucap. Drucap. all layers Pressure drop in bar SH 08 800 610 7 38 13 74 (5) 165 30 3/8 - SH 10 1000 790 8 38 11 50 (4) 175 40 3/8 - SH 15 1500 1190 9 43 13 59 (4) 190 50 1/2 1/4 SH 20 2000 1560 10 34 11 53 (4) 200 50 1/2 1/4 SH 25 2500 1950 12 29 12 54 (4) 205 50 1/2 1/4 SH 34 3400 2680 14 47 15 72 (4) 205 100 3/4 1/4 SH 47 4700 3410 16 36 20 120 (5) 220 100 3/4 1/4 SH 57 5700 4410 18 27 22 101 (4) 205 100 3/4 1/4 SH 60 6000 4680 18 29 22 99 (4) 200 120 3/4 1/4 SH 70 7000 5460 20 25 23 108 (4) 200 120 3/4 1/4 SH 85 8500 6670 20 19 28 128 (5) 195 120 1 1/4 SH 100 10000 7690 24 17 26 121 (4) 205 120 1 1/4 Winch type Mass D1 D2 L1 L2 L3 W1 W2 H1 H2 Hole Ø SH 08 40 167 258 174 275 170 295 250 279 133 15 SH 10 41 167 258 174 275 170 295 250 279 133 15 SH 15 71 202 312 187 319 170 315 250 348 175 15 SH 20 71 202 312 187 325 170 315 250 348 175 15 SH 25 95 243 376 191 352 190 405 350 403 195 17 SH 34 167 296 454 242 432 250 426 350 498 245 17 SH 47 258 322 530 321 510 330 610 530 566 271 25 SH 57 296 353 570 360 570 375 630 550 612 292 25 SH 60 350 366 580 360 751 360-530 630 295 23 SH 70 415 404 610 378 780 380 640 550 620 315 23 SH 85 430 418 640 430 851 435 694 590 665 345 23 SH 100 700 455 720 444 1008 470 788 670 745 385 23 Flow in l/in. Main ports BSP Drain ports BSP 25

Sales progra Winches C1 Electric wire rope winches for use in areas where people stay under suspended load. (Geran safety regulations BGV C1). Typical applications are those as lifting of candleholders, advertising aterial, scenery, loudspeakers, covers. Control according to SIL 3 rules - extended security. Type exaination test by technical control authority both for winch and control. Low noise operation. Wall or console ounting, special versions on request. Standard winch features Spur gear transission drive IP 54 Electric 400 V AC / 3 phases / 50 Hz otor, duty ratio S2-10 in. Double brake on otor Liit switch with 4 contactors Dru pressure roller Grooved dru Coating 2-K acc. to ISO 12944 Categorie C2-Basis RAL 9005 black FEM / ISO class: 2 / M5 Available winch options Enlarged dru Slack wire switch Increased protection class Load liit switch Available control options Control box IP 65 with push-buttons and eergency stop built acc. to DIN EN 60204-32 Control box IP 65 with low voltage IP 65 reote control built acc. to DIN EN 60204-32 Radio control according to SIL 3 Winch type C1 Electric C1 160 C1 300 C1 490 C1 1000 Order no. 1st Layer Recoend. Rope Ø (I) 1st Layer /in. Power 400 VAC kw (II) 1st Layer /in. Power 400 VAC kw Storage 1st Layer 231377 160 5 5.2 0.25 - - 15 231378 160 5 - - 7.6 0.25 15 231379 300 7 5.2 0.37 - - 15 231380 300 7 - - 8 0.55 15 231381 490 9 5.1 0,55 - - 15 231382 490 9 - - 7,6 0.75 15 231783 1000 12 4.8 1.1 - - 15 231784 1000 12-8.5 2.2 15 26

Sales progra Copetence in lifting technology Footprint D-D Footprint C-C Di. A A1 B C C1 D E E1 F G H H1 L L1 C1 160 450 20 200 120 20 85 490 345 5 13 352 120 347 74 C1 300 450 24 230 150 25 120 498 360 5 15 384 130 323 87,5 C1 490 470 30 270 180 30 153 530 403 7 15 438 150 331 100 C1 1000 560 40 360 240 80 206 640 519 9 21 600 200 370 135 27

Sales progra Personnel lifting winches Personnel lifting winches are ainly built to client specifications and can be executed with a self-braking wor-, helical- or planetary gear depending on the load required. The drive can be either electric, hydraulic or pneuatic. haacon has supplied anriding systes up to a working load liit of 10,000. haacon have supplied winches for the following applications: - Safety harness or a boatswain s chairs - Diving frae applications - Baskets or platfors - Cable way rescue winches As safety is ost iportant with personnel lifting applications a third party design review is often required. The type of design review is however very uch depending on the local rules and regulations. For onshore personnel lifting applications within the European Union often a EC type exaination is required. Offshore personnel lifting winches often require the sae class as the ship or rig they are being used on. Most coon classifications for offshore personnel lifting winches are LRS, ABS, DNV and GL. All the above classification agencies have different rules and regulations. Therefore it s very iportant that we are infored about the required classification in order to offer the correct winch to you. Furtherore details about the application are required to deterine the required technical specifications. Prices and drawings are available upon request. Please let us have your specifications. Standard features Selfbraking wor, helical or planetary gear transissions Electric 400 V AC / 3phases / 50 Hz otor. Hydraulic orbit, radial piston or axial piston otors Pneuatic gear or radial piston otors Priary brake on otor Secondary brake on winch dru Full aterial traceability (3.1 EN 10204) on structural steel coponents Two dru supports Double layer 2coponent conservation according ISO 12944 category C2Low, colour RAL 5010 (gentian blue) Available control options electric /hydraulic or pneuatic control systes Liit switches Slack wire witches Overload protection Eergency hand crank Available options Explosionproof otors Protective steel otor cover Dru pressure roller Dru guard Marine / offshore coating systes Spooling gear Grooved dru Split drus / additional rope anchors / etc. Third party design review (LRS, ABS, DNV, etc) 28

Sales progra Copetence in lifting technology Personnel lifting winches references MR 30 FLG SB 307/185 EVSP 150 KG DEDICATED PNEUMATIC MANRIDING WINCH. FOR OFFSHORE APPLICATIONS SUPPLIED WITH LRS, ABS, 650 KG EEXD ELECTRIC PERSONAL BASKET WINCH FOR DNV DESIGN APPROVAL. FOR ONSHORE APPLICATIONS GASHOLDER (POSCO, SAARSTAHL, ARCELOR) SUPPLIED SUPPLIED WITH CE TYPE EXAMINATION CERTIFICATE. WITH EC TYPE EXAMINATION CERTIFICATE OHR 3.0 BD 3 TON HYDRAULIC DIVING BELL AND CLUMP WEIGHT WINCH WITH LRS DESIGN APPROVAL. SB315R HBDGL OHR 3.0 BDGP 3 TON HYDRAULIC PERSONAL LIFTING WINCH FOR MAINTENANCE BASKET. SUPPLIED WITH DNV DESIGN APPROVAL AND CE TYPE EXAMINATION CERTIFICATE OMR 3.0 LPR6 BD 11,5 TON HYDRAULIC DIVING BELL WINCH 3 TON PNEUMATIC DIVING BELL AND CLUMP WEIGHT WINCH WITH WITH GL DESIGN APPROVAL LRS DESIGN APPROVAL 29

Sales progra Traction winches TR Traction winches are ainly built for purpose. Winches are built to order and can be executed with a self-braking worgear or planetary gear depending on the load required. The drive can be either electric, hydraulic or pneuatic. The winches are ainly used for traversing applications where a copact but heavy duty syste is required. haacon has supplied systes up to and including 10,000. We have supplied solutions for the following opening and closing of hangar doors, oving railcars along a track, deep sea research and oving trolleys on a cable or at ground. Systes can be supplied with endless cables or with a separate wire spooling unit. Prices and drawings are available upon request. Please let us have your specifications. Standard features Selfbraking worgear or planetary gear transissions IP 54 400 V AC / 3phases / 50 Hz non braked otor. (440 / 3 / 60) Steel sheaves Double layer 2coponent conservation according ISO 12944 category C2Low, colour RAL 5010 (gentian blue) Available options Braked otor (aluiniu or cast iron) IP 56 TENV cast iron otor for arine applications 220 singlephase otors (up to 1.5 kw) Explosionproof otors Protective steel otor cover Manual or reotely controlled disengaging clutch Alternative speeds Protective guards Marine / offshore coating systes Available control options Direct pendant reote control IP 65 with eergency stop (up to 1.5 kw 220 V AC / 1phase or 2.2 kw 400 V AC / 3phases) Control box IP 55 with pushbuttons and eergency stop Control box IP 66 with low voltage IP 65 reote control Load liiter Frequency inverter for variable speed control Wireless radio reote control systes Liit switches Planetary traction winch Worgear traction winch 30

Mooring winches SRM Copetence in lifting technology This standard range of the SRM type ooring / anchor winches is designed for application on jack-up rigs, barges and other offshore or arine units. These standard winches can be fitted with several options such as free spooling clutches and spooling gears. Also a range of ooring accessories can be offered with these winches such as fairleads, sheaves, wire rope and load easuring equipent. Winches will be subject to our standard internal test procedure, which can be witnessed by the client and / or third party. Standard winch features Heavy duty slew ring Heavy duty planetary gearboxes fi tted with pinions SRM E; IP 56 TENV seawater-resistant 400-440 V AC / 3-phases / 50-60 Hz braked otors SRM H; radial piston type hydraulic otors coplete with brake valve Sooth dru Band brake (anual) Two dru supports Lifting lugs Three layer 2-coponent conservation according ISO 12944 category C4-High, colour RAL 1023 FEM / ISO class: 1A / M4 Available control options Control box IP 55 with push-buttons and eergency stop Control box IP 66 with low voltage IP 65 reote control Load liiter Frequency inverter for variable speed control Load and/or line onitoring Proportional local or reote control valve (pneuatic or hydraulic) Available ooring equipent Horizontal deck sheaves without or with load pins Swivel fairleads 4, 6, 7 or 10 roller fairleads Deck bollards and chocks Available winch options Autoatic band brakes Alternative speeds Alternative supply voltages Dru guards Spooling gears Grooved drus Alternative dru diensions / rope lengths / rope diaeters Warping head Wire rope SRM 25 E2 Winch type 1 ST layer 7 TH layer Reco. rope dia. 1 ST layer /in. 7 TH layer /in. Drucap. 7 TH layer Bandbrake holdingforce 1 ST layer / Pressure drop in bar Flow in l/in. Motor power kw SRM 18 E1 18000 11265 32 8.5 13.5 430 45000 - - 30 SRM 25 E2 25000 14980 36 8.5 14 390 62500 - - 44 SRM 30 E2 30000 17610 38 7 12 375 75000 - - 44 SRM 36 E2 36000 22265 44 7.5 12 415 90000 - - 60 SRM 18 H1 18000 11265 32 8 13 430 45000 220 120 - SRM 25 H2 25000 14980 36 11 18 390 62500 230 210 - SRM 30 H2 30000 17610 38 10 17 375 75000 220 240 - SRM 36 H2 36000 22265 44 8.5 14 415 90000 230 240-31

Sales progra Windlasses W/P/PW This series of windlasses has been aspecially designed for intensive use and therefore has a robust construction. All windlasses are designed with a self-braking gearbox (except P 1000 H and P 1600 H) which will save the costs of an expensive brake otor. The band brakes are lined with a ferrodo (non-asbestos) friction aterial. Standard features Heavy duty wor gearbox or planetary/ wor gear cobination IP 56 TENV cast iron 400 V AC / 3 phases / 50 Hz non-braking otor with torque knob Orbit type hydraulic otor Suitable for 10 28 DIN / Studlink chain sizes fro 12.5 28 Free-fall clutch Band brake Horizontal cast iron warping head Three layer 2-coponent conservation according ISO 12944 category C4-High, colour RAL 5010 (gentian blue) Available options Double executions possible for W 120 up to W 600 Alternative supply voltages Full anual control by eans of hand wheel Horizontal warping head confi guration Reotely controlled band brakes Classifi cation certifi cate fro any recognised arine classifi cation body Special arine / offshore coating systes Available control options IP 66 control box with IP 65 pendant reote control or push-buttons Proportional local or reote control valve Winch type Chain pull Chain size din Chain size stud /in. Bandbrake holding force Motor power 400 V kw S2 Peak power 400 V kw W 120 E 400 10-10 1200 1.1 1.5 W 150 E 600 10-13 - 10 1500 1.5 2.2 W 250 E 750 13-16 14 10 2500 2.2 3 W 350 E 1200 16 16 10 3500 4 5.5 W 400 E 1200 16 16 10 4000 4 5.5 W 600 E 2000 16-18 16 10 6000 5.5 7.5 PW 1000 E 3600 20 19 10 10000 7.5 11 PW 1600 E 5500 22 22 10 16000 15 18.5 Winch type Chain pull Chain size din Chain size stud /in. Bandbrake holding force Pressure drop in bar Flow in l/in. W 120 H 400 10-10 1200 70 20 W 150 H 600 10-13 - 10 1500 100 20 W 250 H 750 13-16 14 10 2500 60 40 W 350 H 1200 16 16 10 3500 95 40 W 400 H 1200 16 16 10 4000 95 40 W 600 H 2000 16-18 16 10 6000 100 60 P 1000 H 3600 20 19 10 10000 95 55 P 1600 H 5500 22 22 10 16000 120 60 32

Sales progra Copetence in lifting technology W 120 L4 L3 W 150 / W 250 / W 350 H1 O D1 O D1 D2 H1 L2 L3 L1 OPTION L2 L1 W 400 / W 600 L3 L3 P 1000 / P 1600 O D1 O D1 L2 L1 L1 L2 Type Mass D1 D2 L1 L2 L3 L4 H1 W 120 63 100 180 590 255 245 130 295 W 150 140 100 180 590 250 245 130 295 W 250 170 140 190 650 290 280 130 340 W 350 260 195 255 700 305 295 181 385 W 400 240 195-700 180 440 - - W 600 500 195-750 180 460 - - P 1000 360 280-1300 210 560 - - P 1600 500 280-1500 210 600 - - 33

Sales progra Capstans C WORMGEAR CAPSTANS Self-braking wor gear drives with electric, hydraulic or even pneuatic otor, available in on-deck or below-deck build types. The on-deck drive is equipped with a waterproof otor for interittent use. The below-deck drive is equipped with a dripwater-proof otor and a ounting plate with an extra self aligning bearing suitable for high static loads such as with ooring ropes. Pneuatic drives are available upon request. PLANETARY CAPSTANS Featuring a cast iron capstan head ounted on a heavy duty planetary gearbox. The entire drive is ounted in a watertight tube frae providing optial protection fro the eleents. Pneuatic drives are available upon request. Capstans up to 15 tons can be offered upon request. Standard features Heavy duty worgear or planetary gearbox IP 54 braked otor 400 VAC / 3-phases / 50 Hz for planetary capstans IP 56 TENV cast iron 400 V AC / 3-phase / 50 Hz nonbraked otor for on-deck worgear capstans IP 54 400 V AC / 3 phases / 50 Hz non-braked otor for under-deck worgear capstans Single speed and one direction only (electric capstans only) Orbit or radial piston type hydraulic otor Vertical cast iron warping head according to ISO 6482 Three layer 2-coponent conservation according ISO 12944 category C4-High, colour RAL 5010 (gentian blue) Available options Cast iron otor for planetary capstans Explosion proof otors Back stop bearing build in planetary gearbox for one direction (replaces brake) 2 speed otors Alternative speeds Alternative supply voltages Horizontal warping head confi guration Marine / offshore coating systes Available control options Control box IP 55 with IP 65 foot pedal (single speed, one direction) control Control box IP 66 with IP 66 foot pedal (two speed, two directions) control Frequency inverter and proportional foot pedal for variable speed control Proportional local or reote control valve (pneuatic or hydraulic) Winch type Wor /in Neck diaeter Max. rope dia. Motor power 400 V kw Pressure drop in bar Flow in l/in. C 086 E 500 6 100 16 1.1 - - C 110 E 700 11 140 22 2.2 - - C 130 E 1100 9 140 22 3 - - C 150 E 1300 13 195 30 5.5 - - C 185 E 1700 10 195 30 5.5 - - C 086 H 500 8 100 16-70 20 C 110 H 700 8 140 22-105 15 C 130 H 1100 7 140 22-60 40 C 150 H 1300 10 195 30-90 40 C 185 H 1800 10 195 30-90 60 34

Sales progra Winch type Planetary continouos /in. Neck diaeter Reco. rope dia. Motor power 400 V Kw Copetence in lifting technology Pressure Drop in Bar C 300 E 1000 12 195 30 2.2 - - C301 E 1650 10 195 30 3 - - C 303 E 2300 10 195 30 4 - - C 305 E 3400 9 275 35 5.5 - - C 307 E 5500 11 405 52 11 - - C 309 E 7500 11 405 52 15 - - C 310 E 10000 8 450 75 15 - - Flow in l/in. C 300 H 1000 30 195 30-105 60 C 301 H 1650 28 195 30-135 60 C 303 H 2600 18 195 30-140 60 C 305 H 4000 17 275 35-165 70 C 307 H 6000 25 405 52-220 105 C 309 H 7500 20 405 52-205 120 C 310 H 10000 17 450 75-230 120 C 086 - C 185 on deck D1 H2 O D1 A1v O HOLE C 086 - C 185 below deck PCD D4 D2 D3 D1 O HOLE H3 L4 O D2 L3 L1 L2 PCD D3 O D4 H4 H1 H5 H2 C 300 - C 310 Type Mass D1 D2 D3 D4 H1 H2 H3 H4 H5 Hole C 086 50 100 210 300 176 10 130 320 190 10 8x 12.5 C 110 70 140 280 390 230 10 130 350 209 10 8x 13.5 C 130 90 140 320 420 255 15 130 360 230 10 8x 16 C 150 130 195 350 450 290 15 180 415 245 10 8x 18 C 185 170 195 400 500 350 15 180 440 251 10 8x 22 Type Mass D1 D2 D3 D4 L1 L2 L3 L4 A1 Hole C 300 225 195 355 450 550 900 5 181 1004 8x 45 13 C 301 225 195 355 450 550 900 5 181 1004 8x 45 13 C 303 275 195 406 500 600 1000 5 181 1104 12x 30 18 C 305 405 275 455 570 650 1100 5 255 1246 12x 30 18 C 307 870 405 610 700 800 1300 5 320 1487 12x 30 18 C 309 930 405 610 720 825 1300 5 320 1487 12x 30 22 C 310 1095 450 711 840 950 1350 5 500 1636 10x 36 27 35

Sales progra Accoodation Ladder winches AW/PW AW winches are designed to position and hold accoodation and ship-to-shore ladders and ladders between vessels and offshore installations. Constructed in accordance with SOLAS (Safety of Life at Sea) requireents for international shipping, the range features a dynaically and statically self-braking worgear and eergency hand crank. Each type ay be configured for single or twin rope operation and powered by eans of an electric or pneuatic otor. PW winches are used to lower and lift the pilot ladder on board of seagoing vessels, haacon has one standard design, PW 550, that has been supplied to several dredging vessel fleet owners. We have also supplied custo-built designs. Please ask about the available options. Standard features Self-braking worgear transission for the AW series Planetary gear for PW 550 SOLAS copliance IP 56 TENV otor protection for the AW ES series IP 66 TENV with standstill heating for the PW 550 Rotary vane, gear type air or otor for the AW LS series Steel dru (not grooved) with one or two cable fi xing point(s) at fl ange Two dru supports Eergency hand crank for the AW series only Double layer 2-coponent conservation, colour RAL 5010 (gentian blue) 13 eter pilot ladder with 32 fl at steps, 4 spreaders and 4 rubber steps for PW 550 Pneuatic versions with hand control valve IP 66 spindle liit switch for PW 550 FEM / ISO class: 1A / M4 Available options Band brake, anual or autoatic fail-safe for the AW series Increased otor protection IP 68 TENV for the AW series Alternative supply voltages Grooved dru for AW series only Dru pressure roller for AW series only Alternative speeds Alternative dru diensions / split drus / additional rope anchors / etc. Dru guard for AW series only Marine / offshore coating systes Class witness certifi cates Available control options Electric or pneuatic control systes Liit switches Load liiters Winch type Holding Force Reco. Rope dia.. 1 ST layer /in. Drucap. 3 rd layer Motor power 400 VAC kw Pressure Drop bar Flow in l/s AW 500 ES 500 2 X 250 1500 1500 8 6 6 6 30 2 X 18 1.5 1.5 - - AW 1000 ES 1000 2 X500 3000 3000 10 8 7.5 7.5 40 2 X 23 3 3 - - AW 1500 ES 1500 2 X 750 4000 4000 12 10 9.5 9.5 50 2 X 27 5.5 5.5 - - AW 500 LS 500 2 X 250 1500 1500 8 6 6 6 30 2 X 18-6 6 60 60 AW 1000 LS 1000 2 X500 3000 3000 10 8 6.5 6.5 40 2 X 23-6 6 100 100 AW 1500 LS 1500 2 X 750 4000 4000 12 10 7.5 7.5 50 2 X 27-6 6 130 130 36 PW 550 E 550 2000-12 13 ladder 1.1 - -

Sales progra Copetence in lifting technology AW 500-1500 PW 550 Type Mass D1 D2 L1 L2 L3 L4 L5 L6 L7 H1 H2 H3 H4 W1 W2 W3 W4 Hole Ø AW 500 85 121 250 200 125.5 610 228 390 180 20 10 170 110 410 400 140 325 285 17 AW 1000 195 159 320 250 155 710 260 470 200 20 15 220 150 522 519 154 410 360 17 AW 1500 275 195 370 300 180 850 318 565 235 25 15 254 182 570.5 546 207 440 380 20 PW 550 1600 508 1700 1900 218 2440 1193 2552 - - - 1080-1930 650 250 - - - 37

Sales progra Hose reel / Ubilical / Transponder winches HR/UR/TW Hose reel, ubilical or transponder winches are ainly built for purpose. Winches are built to order and can be executed with a self-braking worgear or planetary gear, depending on the load required. The drive can be either electric, hydraulic or pneuatic. The hose reels are ainly used to reel hoses for fresh water supply, MDO (Marine Diesel Oil) fuel supply and hydraulic oil or to reel electrical power supply cables. The ubilical winches are, generally, used to reel a cobination of hoses, signal cables, coax or even fibre optic cables. Most of the coe with slip rings and/or rotating swivels. Transponder winches used for powered transponders are ainly used with electrical signal cables and have, in ost cases, an electrical slip ring ounted. Winches can be supplied coplete with an A-frae if required. haacon has supplied systes for all applications including reels with 6 stainless steel swivels or slip rings for high voltage. The versions we have supplied can be found on the following type of constructions: offshore heavy lift vessels, offshore sei-subs, diving support vessels, research vessels, cable and pipe laying vessels and offshore pile-driving barges. Standard features: Self-braking worgear, helical bevel, planetary or slew gear transissions IP 56 TENV 400 V AC / 3 phases / 50 Hz braked otors (or 440/3/60) Radial piston air or hydraulic otors Heavy duty construction Double layer 2-coponent conservation according ISO 12944 category C2-Low, colour RAL 5010 Available control options: Control box IP 55 with push-buttons and eergency stop Control box IP 66 with low-voltage IP 65 reote control Load liiters Frequency inverters for variable speed control Wireless radio reote control systes Liit switches Pneuatic and hydraulic control systes Available options: Explosion-proof electric otors Protective steel otor covers Alternative speeds Protective guardsstainless steel slip rings (fi bre optic or elec.) Stainless steel swivels Spooling devices Ubilical winch Hose reel Transponder winch 38

Application sheet A copletable online for is available on: http://www.haacon.de/edia/checklisten/checkliste angetr Seilwinden_en.pdf Copetence in lifting technology Fax to 0049 (0) 9375-8486 or via e-ail to hebetechnik@haacon.de Copany... Date... Street... Phone... PO Box... Fax... Offi cial in charge... Eail... Pieces... REQUIREMENTS: Hoisting (vertical)... Pulling (horizontal)... Rope capacity... Line speed.../in BGV D8 1 BGV C1 2 Teperature... C MOTOR: Electric 400 V - AC 230 V - AC 24 V - DC Protection IP... Duty ratio... Indoor use Outdoor use Hydraulic Pressure... bar Flow rate...l/in. Pneuatic Air pressure... bar Air capacity...l/s OPTION: Liit switch Slack wire switch Load liiter Disengager / clutch (applicable for pulling winches only) Pressure roller Grooved dru Devided dru others... CONTROLS: Pendant reote control Control box with push-buttons Radio reote control others... PAINTING: Standard RAL 5010 gentian blue Special RAL-N.: Docuentation / Type plate english geran french others... Application:............ 1 Geran Accident Prevention Regulations (BG) for winches, lifting- and pulling equipent 2 Geran Accident Prevention Regulations (BG) for event areas, studios and scenes 39

Sales progra Exaple for approval drawing 40

References Copetence in lifting technology A 41H ELPS WRS 2.3 EBC DP 3 TRANSPONDER WINCH FOR SEATRUCKS JASCON 5 WIRELINE ROPE SPOOLER FOR ONGC INDIA SR 30 H2 SB 306 H 30 TON HYDRAULIC WINCH FOR UNOCAL THAILAND 5 TON HYDRAULIC PICK-UP WINCH FOR APL BUOY OAW 7.5 GP16 SR 315R EDS 10 TON PNEUMATIC WINCH FOR JURONG SHIPYARD PTE LTD 30 TON J-TUBE CABLE PULLING ELECTRIC WINCH FOR SAMSUNG (SAKHALIN PROJECT) OAW 5.0 GP10 SB 316R HS 5 TON PNEUMATIC WINCH FOR M.I.S. U.A.E. 40 TON DAVIT WINCH FOR SAS GOUDA 41

Power 40 75 150 225 300 L/Min Oil Flow 35 30 25 20 15 10 5 LINE SPEED M/in. 55Kw 45Kw 37Kw 30Kw 22Kw 18.5Kw 15Kw 11Kw 7.5Kw 5.5Kw 3Kw 2.2Kw 1.1Kw 75Kw 90Kw 110Kw 132Kw 160Kw Pressure Bar 420 360 300 240 180 120 60 LINE PULL Tonne 0 5 10 15 20 25 30 35 40 PLANETARY WINCH Exaple: 27 tonne pull at 16 /in speed give 90 kw 90 kw at 186 bar give in. 300 l/in Air winches Air pressure 7 bar Air consusion 21 l/s per kw Planetary winch total efficiency 80% Exaple: Load (F) 27 Ton, speed (V) 16 eter / in, give 88 kw by calculation. Installed electric otor will be 90 kw Hydraulic required, with available 300 liter / in, a pressure of 190 bar is needed. Or; When we only have 150 liter / in. available oil flow, we need to go to a pressure over 360 bar. Please check the available pressure and flow in hydraulic applications and ake sure it suits the power chart s requireents. Power is the ability to deliver a certain perforance in a certain tie. (V) and load (F) cobined, can be expressed in power (P in kw) by a atheatical forula: P = (V x F) : 6120 P in kw, V in eters/in., F in (1 ~ 10 Newton), 6120 is constant. The theoretical value can easily be calculated, but in practice we need to install sufficient power to overcoe efficiency losses. Cable on sheaves, cable on dru, gearbox, otor electric or hydraulic and the supply lines all create losses. To overcoe these losses we need to install extra power. In the power chart we already accounted for an average loss, so the power you find in the graph is roughly the installed power. 42

Life-tie Copetence in lifting technology FEM rating Once we know; What has to be lifted, the load in or in Newton (1 = 9,81 N.) Is the load always the sae, or does it vary? If the load changes we need to know the percentage off load in relation to the percentage in tie. For exaple: Max load 500, use 20% off the tie. Average load 400, use 70% off the tie. Miniu load 200, use 10% off the tie. With this "load spectru" you can work out the Spectru factor K. Once we have worked out the average daily use and load, we can "FEM / ISO - rate" the winch. TABLE 1 - WINCH FEM CLASSIFICATION Winch Class Load spectru Effective use T0 T1 T2 T3 T4 T5 T6 T7 T8 T9 L1 M1 M1 M1 M2 M3 M4 M5 M6 M7 M8 L2 M1 M1 M2 M3 M4 M5 M6 M7 M8 M8 L3 M1 M2 M3 M4 M5 M6 M7 M8 M8 M8 L4 M2 M3 M4 M4 M6 M7 M8 M8 M8 M8 The forula K = ((F1/Fax) 3 x (t1/t)) + ((F2/Fax) 3 x (t2/t)) + ((F3/Fax) 3 x (t3/t)) etc. Exaple: Winch ax load 2000 (20 kn) Winch life request 1000 hours Winch use 1 hour/day 10 % tie at 1800, 30 % tie at 1200, 60% tie at 1000 In this exaple the K factor (winch use) will be; K = ((1800/2000) 3 x 0,1) + ((1200/2000) 3 x 0,3) + ((1000/2000) 3 x 0,6) = 0,21 K = 0,21 (table 3) leads to sybol L2 The use and life-expectancy (table 2) leads to sybol T3 The FEM classification (table 1) leads to sybol M3 The FEM rating for this application is T3-L2 M3 TABLE 2 - EFFECTIVE USE AND LIFETIME Sybol Total effictive use (lifetie in hours) T Daily use hours T0 T< 200 < 0,12 T1 200 <T< 400 < 0,25 T2 400 <T< 800 < 0,5 T3 800 <T< 1600 < 1 T4 1600 <T< 3200 < 2 T5 3200 <T< 6300 < 4 T6 6300 <T< 12500 < 8 T7 12500 <T< 25000 < 12 T8 25000 <T< 50000 < 16 T9 50000 <T > 16 TABLE 3 - SPECTRUM FACTOR Sybol Spectru factor L1 K 0,125 L2 0,125 < K 0,25 L3 0,25 < K 0,5 L4 0,5 < K 1 Fro experience we learned that very often the people working with the winch, cannot always give all the details, they siply want the 5 tons winch, running 10 eters / in. In that case our catalogue at least provides the inforation about the "real" winch capacity. The request sheet (page 4) ight help you to get as any as possible answers for a proper selection. The haacon technical and coercial staff is glad to verify your selection and discuss all possibilities to design and produce your "tailor-ade" winch. Effective use and lifetie Reference ISO- to FEM- Identification FEM V0,06 V0,12 V0,25 V0,5 V1 V2 V3 V4 V5 ISO T0 T1 T2 T3 T4 T5 T6 T7 T8 Load spectru FEM 1 2 2 3 ISO L1 L2 L3 L4 FEM 1 D 1 C 1 B 1 A 2 3 4 5 Rating ISO M1 M2 M3 M4 M5 M6 M7 M8 43

Copetence in lifting technology haacon hebetechnik gbh Josef-Haaann-Str. 6 D - 97896 Freudenberg/Main Tel. + 49 (0) 93 75/84-0 Fax + 49 (0) 93 75/84-86 hebetechnik@haacon.de haacon FRANCE 3 D, rue du Fort F - 67118 Geispolshei Tel. + 33 (0) 3 90 40 30 10 Fax + 33 (0) 3 90 40 30 14 haaconfrance@haacon.co haacon hebetechnik austria gbh Lisztgasse 12b A - 7091 Breitenbrunn Mobil + 43 (0) 664/16 23 91 7 Tel. + 49 (0) 9375/84-321 Fax + 49 (0) 9375/84-86 haaconaustria@haacon.co Your local partner can be found on the contact page of www.haacon.co http://facebook.haacon.co http://xing.haacon.co http://linkedin.haacon.co http://twitter.haacon.co